Tibia Intramedullary Nail

Tibia Intramedullary Nail by Stahlmann Pro is an orthopedic implant designed for internal stabilization of selected adult tibial fractures. Presented in the catalogue as the Expert Tibia Nailing System, it combines cannulated construction, anatomical geometry, and multiple proximal and distal locking options.

The implant is positioned within the tibia’s medullary canal and secured using compatible locking components. Its role is to support fracture stabilization while the surgical team maintains the required length, alignment, and rotational relationship between the fragments.

Stahlmann Pro welcomes enquiries from orthopedic surgeons, hospitals, procurement teams, and medical distributors in Africa, Latin America, and Russia.

Tibia Intramedullary Nail Features and Benefits

Anatomical Profile

The nail incorporates an anatomical profile and proximal bend intended to accommodate tibial anatomy. Correct sizing and positioning remain essential because canal dimensions and fracture geometry vary between patients.

The shaped design does not independently guarantee protection of the patellar tendon or knee joint structures. Surgical entry-point selection must follow the implant’s instructions and the planned approach.

Cannulated Construction

The cannulated design supports insertion over a compatible guide wire. The catalogue describes reamed and selected unreamed applications, according to the implant configuration and clinical requirements.

Solid tibial nails for unreamed techniques are listed as available on special request. Confirm their dimensions, product codes, and instrument requirements separately.

Multiple Locking Options

Proximal and distal locking positions provide options for controlling axial movement and rotation. The selected arrangement depends on fracture location, available bone fixation, and the stability required.

Range of Implant Sizes

The catalogue lists diameters from 8–12 mm and lengths from 255–375 mm. These options support implant selection, but no size range guarantees suitability for every patient.

Review the Stahlmann Pro Intramedullary Nailing System for related products.

Tibia Intramedullary Nail Locking Configurations

Proximal Segment Fixation

Multiple proximal locking positions provide options for selected proximal tibial fractures. Their different orientations allow fixation to be planned within the available proximal fragment.

The surgeon evaluates fracture geometry, bone stock, and alignment before choosing the screw configuration. Multiple locking holes do not make every proximal fracture suitable for nailing.

Diaphyseal Segment Fixation

For tibial shaft fractures, proximal and distal locking help maintain the selected relationship between the fracture fragments.

Static locking restricts axial movement through the construct. Dynamic locking permits defined axial movement through a designated slot while maintaining rotational control. Its suitability depends on the fracture and the risk of shortening.

Distal Segment Fixation

The specification page describes two mediolateral locking holes and one anteroposterior locking hole distally.

These positions offer fixation options for selected distal fractures when sufficient bone is available for locking screw purchase. Screw number and orientation depend on the fracture and the selected nail configuration.

Indications Described in the Catalogue

The supplied catalogue identifies adult applications in the proximal, shaft, and distal tibia. These descriptions must be considered alongside the product’s applicable instructions and the treating surgeon’s assessment.

Fracture classification alone does not establish suitability. Soft-tissue condition, infection risk, bone quality, and patient factors also influence treatment.

Open fractures require individual assessment and appropriate management of contamination and soft-tissue injury. Intramedullary nailing should not be described as the automatic first choice for every open fracture.

Consult the product instructions for the complete contraindications, warnings, and precautions.

Tibia Intramedullary Nail Specifications

Confirm the material documentation, supplied sterile or non-sterile condition, and processing requirements for the ordered product.

Nail Sizes and Product Codes

The following code pairs are readable in the supplied catalogue. Confirm the selected code and dimensions when requesting a quotation.

The supplied code listing does not include identifiers for the 11 × 255 mm or 12 × 255 mm configurations. Enquire about availability and codes before ordering.

End Caps and Locking Screws

End Cap

The end cap engages the nail’s proximal internal thread and is designed to limit tissue ingrowth into the proximal opening. The component description lists a flush 0 mm option and 5, 10, and 15 mm extensions. The code page additionally lists a 20 mm option.

Select the appropriate extension according to nail position and product instructions.

Ø4.8 mm Self-Tapping Locking Screw

The 4.8 mm locking screw features a self-tapping thread and 3.5 mm hexagonal drive. Screw length, quantity, and placement depend on the planned fixation.

Ø4.4 mm Self-Tapping Locking Screw

[IMAGE 9: 4.4 mm locking screw with drive and tip details]

The nail specification page identifies 4.4 mm locking bolts for the distal holes. The component description lists a self-tapping thread, 3.5 mm hexagonal drive, and lengths from 24–88 mm.

Confirm the component’s dimensions and compatible instrumentation before purchasing.

Tibia Intramedullary Nail Insights

Load-Sharing Fixation

The nail’s position within the medullary canal allows it to form part of a load-sharing construct. Locking components help control length, rotation, and alignment.

Mechanical performance depends on the implant dimensions, fracture geometry, bone quality, and fixation arrangement. Neither titanium construction nor intramedullary placement alone guarantees resistance to fatigue failure.

Surgical Planning

The surgical team selects the entry approach, guide wire, canal preparation, and locking technique according to the implant instructions and clinical circumstances.

Compatible targeting equipment assists proximal screw placement. Distal locking may use fluoroscopic freehand techniques or other supported instrumentation. Correct assembly and positioning must still be verified.

Postoperative Care

Knee and ankle movement, rehabilitation, and weight-bearing follow the treating surgeon’s instructions. Follow-up imaging is scheduled according to clinical needs rather than a universal timetable.

Reusable instruments must be cleaned, inspected, and processed using their validated instructions. A generic sterilization temperature should not replace the specified processing cycle.

Implants must be handled according to their labeling. Devices labeled for single use must not be reused.

Professional Reference

For general clinical background, consult the AO Surgery Reference guidance on tibial shaft intramedullary nailing. This educational resource does not replace product instructions or represent an endorsement of Stahlmann Pro.

Request Sizes and Pricing

Stahlmann Pro welcomes Tibia Intramedullary Nail enquiries from Africa, Latin America, and Russia. Provide the required product codes, dimensions, quantities, compatible components, and destination.

For tenders, include the requested documentation, labeling, and traceability requirements. Explore the Trauma Implants range or contact the team for a quotation.

Email: info@stahlmannpro.ae
Phone / WhatsApp: +971 50 975 0822
Enquiries: Contact Stahlmann Pro